C-19
ICP-OES and ICP-MS: technical operation and quality control
Trace elemental analysis: calibration, the interferences that will catch you, and the QC that proves a low-level result is real.
TRAINING / C-19
The course
Trace elemental analysis: calibration, the interferences that will catch you, and the QC that proves a low-level result is real.
Who it is for
01 / 05Analysts running ICP instrumentation and technical staff reviewing trace elemental data.
Covers both techniques together, since the sample preparation, calibration and QC thinking are shared and the interference behaviour is where they diverge.
What is covered
02 / 05The syllabus below is the standard shape of the course. It is adjusted to the matrices, methods and instruments you actually run, which is agreed before delivery rather than discovered on the day.
The techniques
OES and MS compared — sensitivity, working range and where each is the right choice
Sample preparation
Digestion, acids, vessels and the contamination each can introduce
Calibration
Standards, internal standards, matrix matching and standard addition
Interferences
Spectral, polyatomic, isobaric and matrix effects, and the strategies against each
Blanks and contamination
The laboratory environment as the dominant source at trace level
Detection limits
Establishing LOD and LOQ honestly, and reporting below them
What you leave able to do
03 / 05Courses are written around what a delegate can do afterwards, not what was presented to them. These are the outcomes this one is built to produce.
- Select the appropriate technique and preparation route for a given matrix and level.
- Recognise and correct the interferences that affect your specific analytes.
- Control contamination well enough that a trace-level result means something.
- Establish and report detection and quantitation limits defensibly.
Why this course exists
04 / 05At trace levels the laboratory is usually the largest source of the analyte. Dust, acids, vessels, water and gloves all contribute, and a blank that has not been thought about turns a contamination result into a sample result.
Interferences are the other half. A polyatomic interference on a low-mass element produces a confident, reproducible, wrong answer, and reproducibility is exactly what makes it convincing.
How it is delivered
05 / 05Delivered over 2 days, at your site or at the laboratory, in English or Arabic. Sessions are built around real records, real data and real failures rather than slides of clause numbers, and the people delivering them spend the rest of the week doing the thing being taught.
Group size is agreed in advance — practical sessions are capped so that everyone works rather than watches. An attendance certificate is issued to each delegate on completion.
Ask about any subject not listed here. If it is not something we teach well, we will say so rather than build it for the sake of the booking.
At a glance
- Duration
- 2 days
- Delivered
- On site or at the laboratory
- Language
- English or Arabic
- Certificate
- Attendance certificate issued
CONTINUE
Where to next
HPLC and UPLC
Running the instrument well, proving the system was fit before the batch, and diagnosing the faults that produce plausible wrong answers.
ReadGC and GC-MS
Injection through detection, the faults specific to gas chromatography, and what mass spectrometric detection adds and demands.
ReadAll courses
The full catalogue, grouped by subject.
ReadRequests are read at the bench.
Send the sample question or the instrument list. It is read by a bench professional, not routed through a ticket queue. Call +966 59 637 8052 or write to lab-mgr@qsinexus.com.